The PAW3502DLZ-M2 is an optical mouse sensor manufactured by Pixart Imaging Inc. This sensor is designed to track movement accurately and efficiently for use in computer mice and other pointing devices.

Applications

• Wired Mice
• Wireless Mice
• Trackballs
• Gaming Mice
• Presentation Devices

Features

• High Resolution
• Precise Tracking
• Low Power Consumption
• Surface Mount Technology
• Integrated Lens

Benefits

• Enables smooth and accurate cursor control.
• Extends battery life in wireless mice.
• Simplifies manufacturing with surface mount design.
• Reduces overall system cost.
• Offers reliable performance across various surfaces.

Additional Details

The PAW3502DLZ-M2 is a CMOS process optical mouse sensor using a sophisticated architecture designed for superior tracking. It features adjustable resolution settings, enabling developers to optimize performance based on specific application requirements. The sensor's low power consumption makes it suitable for both wired and wireless applications. The integrated lens simplifies the manufacturing process and reduces the need for external optical components. The sensor supports various operating modes to further minimize power consumption when the mouse is idle. Pixart's advanced sensor technology ensures reliable tracking even on challenging surfaces. It utilizes a standard SPI interface for communication with a microcontroller. The device includes built-in power management features. The PAW3502DLZ-M2 is designed to meet stringent industry standards for performance and reliability. Detailed specifications, including resolution range, power consumption figures, and interface details, are available in the Pixart datasheet. The sensor is typically paired with a microcontroller for data processing and communication with the host computer. Proper PCB layout and component selection are crucial for optimal performance. Pixart provides technical support and application notes to assist developers in integrating the PAW3502DLZ-M2 into their mouse designs. This sensor supports a wide range of surface types.